Justin B. Hefley,
DNP, CRNA

Nurse anesthetist, military clinician, and evidence-based practice researcher.

Full-scope CRNA and Site Director for the USUHS Nurse Anesthesia Program at Naval Medical Center San Diego, focused on austere anesthesia, medical readiness, and translating evidence into clinical practice.

Justin Hefley in U.S. Navy service dress white uniform

Experience

Clinical practice, leadership, and education across military and academic settings.

  1. 2024 - Present

    Certified Registered Nurse Anesthetist & Site Director

    Naval Medical Center San Diego · USUHS Nurse Anesthesia Program

    Full-scope clinical anesthesia practice and site leadership for the USUHS nurse anesthesia program.

  2. 2023 - 2025

    Sole CRNA

    USS Theodore Roosevelt (CVN-71)

    Independent anesthesia support at sea.

  3. 2018 - 2023

    Site Director & Research Coordinator

    Uniformed Services University

    Clinical education and evidence-based practice mentorship.

Selected research

View all publications
  1. 01

    Advancing Readiness Through Military Programs: An Evidence-Based Practice Perspective

    Military Medicine · 2024

    Evidence-driven medical readiness education.

  2. 02

    Ketamine Use for Palliative Care in the Austere Environment

    American Journal of Hospice & Palliative Medicine · 2025

    Palliative care strategies for resource-limited military settings.

  3. 03

    Training Program for Ultrasound-Guided Intravenous Catheter Insertion

    Military Medicine · 2021

    Clinical skills training and implementation.

SnoozeControl

Clinical education and scheduling software for nurse anesthesia programs.

A focused platform for managing rotations, clinical progress, evaluations, and program operations.

SnoozeControl

Honors & research support

2023 & 2020
Defense Meritorious Service Medal
2018 & 2012
Navy and Marine Corps Commendation Medal
2010
Navy and Marine Corps Achievement Medal
2023 - 2025
Associate Investigator$250,000 research grant: The safety of propofol after multiple freeze-thaw cycles in a rodent model.